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The luminaires of horticulture's future are LED grow lights. In comparison to all conventional lighting options, they are not only less expensive to use but also yield better plants.
Read on to learn more about how LEDs for cultivation work, how they affect plant growth and development, and their advantages over HPS (high-pressure sodium) lamps, the most common type of artificial lighting used in agriculture to date, in the sections below.
The term "Light Emitting Diode" is abbreviated as LED. They are semiconductor-based electronic components with positive and negative charges. Current starts to flow when voltage is applied to the LED, which causes electrons to collide and release energy in the form of photons.
According to numerous studies, certain colors (blue and red light spectra) have an impact on plant growth by altering the formation of roots and flowers, which essentially means that most types of plants will go through a full life cycle.
When exposed to blue and red growth lights, normal growth occurs. Green, far red, and deep blue are added to the color spectrum to help with this process and generally result in higher quality (faster growing) plants as well as the accumulation of secondary metabolites and other compounds. Full spectrums are spectrums that encompass all colors and closely resemble sunlight.
LED technology was initially thought to be quite unprofitable and impractical. The production of LED grow lights is now profitable thanks to recent technological advancements.
It involves shining light on the plants from above, much like the sun does. To enhance growth in greenhouses, artificial light is intended to supplement natural light.
It is a complementary lighting system that involves positioning artificial light between the plant and the leaves to avoid shadows that would otherwise impede healthy growth. It is an application where artificial light is used for growth and bloom, usually in greenhouses.
To maximize space, the plants are stacked one on top of the other in vertical layers. The lighting system mustn't produce heat because it is placed within each layer, close to the crop. However, to ensure that all the plants grow uniformly, a high degree of uniformity in the lighting distribution on the cultivated surface must be ensured.
A grow light that will supply your plants with the right amount of light. One that will not only help your plants grow but also improve your yields as well. If you want this, then our LED grow light is the right choice. Kindly click here to shop and order yours.